Long Ding

The paper examines STN subpopulations in monkeys, showing their distinct roles in reward-biased decision-making by integrating sensory evidence and reward expectations.

This study examines how humans use flexible decision rules to terminate evidence accumulation, finding that participants adjust their strategies to improve reward rate under varying conditions.

This study uses single-unit recording and microstimulation in monkeys to show the subthalamic nucleus contributes to perceptual decision-making by modulating decision bounds and evidence accumulation.

Scratch-AID automatically detects and quantifies mouse scratching behavior with high accuracy, outperforming manual methods in various itch models and drug screening applications.

The paper examines how choice confidence and reward expectation are encoded in the caudate nucleus and frontal eye field during decision-making tasks in monkeys.

The paper shows that the caudate nucleus coordinates adaptive decision-making by integrating visual evidence and reward context in monkeys.

This study shows that decision-making biases in monkeys can be explained by rational satisficing strategies rather than suboptimal learning or physical limitations.